Quality Control & Analytical Verification
Traceable, independent testing and fit-for-purpose analytical methods—every batch is verified before release.
Batch Control & Traceability
Each batch receives a unique lot number and is managed under controlled laboratory conditions to preserve stability and ensure full traceability. Analytical results refer only to the specific batch tested and current stock from that batch.
Independent Third-Party Testing
Representative samples are submitted to an accredited external laboratory. Validated, industry-standard methods include:
- HPLC — purity and impurity profiling.
- LC-MS — peptide identity confirmation by mass/spectral analysis.
- FTIR — spectral identity verification vs certified references where applicable.
Microbiological & Safety Screening
Additional screening performed as part of analytical completeness:
- Bioburden (USP <61>)
- Bacterial endotoxin (USP <85>, chromogenic)
- Elemental impurities screening (arsenic, cadmium, lead, mercury, nickel, cobalt, vanadium)
Controlled Handling & Packaging
Materials are handled in controlled environments, weighed on calibrated balances, and sealed in sterile containers. Only batches meeting acceptance criteria proceed to packaging and distribution.
Transparency & Verification
Full Certificates of Analysis (COAs) are published on our website. Each COA contains batch/lot details, methods used, lab references, test dates and the batch-specific results—enabling independent review.
Intended Use
Products are supplied as traceable, analytically-verified materials intended for laboratory and scientific use only.
Certificates of Analysis
Below are COAs for current batches (issued by independent labs). Click to open the PDF.
| Product / Batch | Lot | Test date | COA |
|---|---|---|---|
| TRV-COMF (example) | LOT-2025-010 | 2025-11-05 | View COA |
| TRV-BUS (example) | LOT-2025-014 | 2025-11-18 | View COA |
Analysis results apply only to the samples tested. COAs support traceability and should be interpreted within a research laboratory context.